HYDMOS offers pressure monitoring solutions for systems where stable pressure levels are critical for performance and safety. Pressure switches are used to check, control, and monitor pressure in applications such as gas and high-pressure systems.
For controlling pressure levels
Pressure switches are used to monitor system behavior when the pressure reaches a specific threshold. Once a preset value is attained, a signal is transmitted that can initiate, halt, or influence other phases of the process.
This is utilized, for example, to control pumps, open or close valves, or interrupt a process in the event of an anomaly. In pressurized systems, this is essential to prevent operational disruptions and protect equipment from excessive loads.
For testing and high-pressure systems
In systems incorporating Haskel components, pressure control is often executed pneumatically rather than through conventional electrical pressure switches.
When a set pressure level is reached, the component opens and directs compressed air to the subsequent section of the system. This air acts as a control signal, influencing elements such as gas boosters, pumps, or valves.
Because both operation and control are driven by compressed air, electrical signals are unnecessary for the primary function. This makes the solution particularly advantageous in environments where electricity must be avoided, such as gas handling or high-security settings.
In conjunction with other components
Pressure switches are rarely standalone components; rather, they function as part of an integrated system. They interact with other components to regulate pressure, flow, and operation throughout the entire process.
In systems requiring pressure generation or stabilization, pressure switches are frequently combined with gas boosters. The pressure switch ensures that the pressure remains within the designated range while the booster delivers the required level. This enables the system to operate stably despite fluctuations in load or operating conditions.
For testing and high-pressure systems
During pressure test and component testing, pressure control is absolutely essential. Pressure switches are used to ensure that testing stays within specified limits and to halt the process if the pressure deviates. This applies to testing pipelines, valves, or pressure vessels where both excessively high and low pressures impact the results.
In gas applications, pressure control is also used to regulate transfer and compression. Here, the pressure must be maintained within precise levels to ensure reliable test results and processes. This allows deviations to be detected early before they lead to leaks or system failures.
For reliable pressure monitoring
In systems where pressure impacts both function and safety, monitoring must operate without interruption. This applies, for example, to industrial processes, energy applications, and test environments where pressure is a critical parameter.
The choice of solution should always be based on actual operating conditions such as pressure range, media, and application. If such data is lacking, it must be established before a solution is specified.
Contact us
Minor pressure variations can have major consequences in a system. With the right control, you can avoid downtime, reduce wear, and achieve a more stable process from the start.
If you would like to see how your solution can be optimized in practice, you are warmly welcome to contact us at HYDMOS. We will help you analyze your current system behavior and regain control over pressure levels in a way that lasts over time.
With over 30 years of industry experience in hydraulic systems, pressure test equipment, and gas installations, we deliver products of the highest quality. Please do not hesitate to contact us, and we will help you build a system tailored to your specific operations.